| AD |
- admissible discharge - activity of a radionuclide discharged with waste waters, which satisfy the condition: total exposure dose due to all radionuclides presented in the mixture in the calculation range should not exceed 0.05 mSv |
| AD (Table 9.11) |
- Autonomous District |
| AECC |
- Angarsk Electrolysis Chemical Combine |
| AMB |
- channel type uranium graphite water-cooled reactors with tabular fuel elements |
| AMCA |
- Argun Industrial Mining & Chemical Association |
| AO (JSS) |
- Joint Stock Society |
| AR |
- admissible release: scientific technical standard for radionuclide release in gas& aerosol state, adopted in nuclear power engineering and defined on the basis of condition of non-exceeding of the population equivalent exposure dose, equal to 0.2 mSv |
| AUDR |
- All-Union Distributed Registry |
| CHMP |
- chemico-hydrometallurgical plant |
| CIS |
- Commonwealth of Independent States |
| CNPP |
- Chernobyl NPP |
| CTF |
- critical test facility |
| DBMS |
- database management system |
| DVZ |
- Far-East Plant |
| ECP |
- Electrochemical Plant |
| EDR |
- exposure dose rate |
| EGP |
- channel type uranium graphite water-cooled reactors with tabular fuel elements |
| EURT |
- East-Urals radioactive trace |
| FA |
- fuel assembly |
| FE |
- fuel element |
| FEI (IPPE) |
- Institute of Physics and Power Engineering |
| FM |
- fissile materials |
| FP |
- fission products |
| GIS |
- geographical information system |
| GMP |
- State Machinebuilding Enterprise |
| GREC |
- gypsum & rare-earth concentrate |
| HEU |
- highly enriched uranium |
| HMP |
- hydrometallurgical process |
| HPP |
- heating & power plant |
| IA (PO) |
- Industrial Association |
| IASAP |
- International Arctic Sea Assessment Project |
| IC |
- ionization chamber |
| IER |
- ion exchange resin |
| IIASA |
- International Institute for Applied Systems Analysis |
| INES |
- International Nuclear Events Scale |
| IRS |
- ionizing radiation source |
| ISTC |
- International Science and Technology Center |
| ITEF (ITEP) |
- Institute of Theoretical and Experimental Physics |
| LLN |
- long-lived nuclides |
| LRW |
- liquid RW |
| MAC |
- mitigation of accident consequences |
| MCC |
- Mining & Chemical Combine |
| MD |
- mining department |
| MIFI (MEPI) |
- Moscow Engineering & Physics Institute |
| MMS |
- Murmansk Marine Steamship |
| MNPO (MIA) |
- Moscow Industrial Association |
| MOX-fuel |
- mixed (U, Pu) oxide fuel |
| MPD |
- maximum permissible discharge - radionuclide activity, removed with enterprise’s waste waters, which gives total radiation dose, caused by all radionuclides present in the mixture in calculated
range, that would not exceed dose limits, established for the critical organs’ groups |
| MPR |
- maximum permissible release - scientific and technical specification of release rate, determined on the condition of observing sanitary standards of dose limit, taking into account all pathways of external and internal irradiation |
| ND |
- normative document |
| NFC |
- nuclear fuel cycle |
| NIIAR (RIAR) |
- Research Institute of Atomic Reactors |
| NIIP (RII) |
- Research Instrumentation Institute |
| NIKIET (RDIPE) |
- Research & Design Institute of Power Engineering |
| NPB |
- Radiation Safety Standard |
| NPO (RIA) |
- Research and Industrial Association |
| NPP |
- nuclear power plant |
| NRG |
- noble radioactive gases |
| NRN |
- natural radionuclide |
| NS |
- nuclear submarines |
| NVNPP |
- Novovoronezh NPP |
| OPB |
- General Safety Rules |
| OSP |
- Basic Sanitary Rules |
| PBRW |
- point of burial of radioactive wastes |
| PCB |
- permissible concentration (level) of volume activity of a radionuclide in atmospheric air or in drinking water (ration) |
| PIC |
- public information centre |
| PSZ |
- protective & sanitary zone |
| R&D |
- research & development |
| RAD-Project |
- Project "Radiation Safety of the Biosphere" |
| RAMS |
- Russian Academy of Medical Science |
| RBMK |
- channel type uranium-graphite boiling water-cooled power reactor |
| RFNC-VNIIEF |
- Russian Federal Nuclear Center - VNIIEF (the All-Russia Research Institute of Experimental Physics) |
| RM |
- radioactive materials |
| RRC “KI” |
- Russian Research Center Kurchatov Institute |
| RSMDR |
- Russian State Medical & Dosimetric Registry |
| RT-1,2 |
- radiochemical plants for SNF reprocessing |
| RTE |
- Russian Transport Enterprise |
| RW |
- radioactive wastes: solutions, products, materials, biological objects, which contain such amounts of radioactive substances, that exceed values, established by the acting rules and standards, and can not be used further |
| SCC |
- Siberian Chemical Combine |
| SCR |
- self-sustained chain reaction |
| SDBMT (SKBMT) |
- Special design Bureau of Marine Technology |
| SE |
- special enterprise |
| SNF |
- spent nuclear fuel |
| SPORO |
- Sanitary Rules for Radioactive Waste Management |
| SPR |
- ship propulsion reactors |
| SRC |
- State Research Center |
| SRW |
- solid RW |
| SRZ |
- Ship Repair Plant |
| SZ |
- surveillance zone |
| TK |
- process channel |
| TNT |
- trinitrotoluene |
| UECC |
- Urals Electrochemical Combine |
| UL |
- underground leaching |
| VNIIKhT |
- All-Russia Research Institute of Chemical Technology |
| VVER |
- water-moderated, water-cooled power reactor |
| WGP |
- weapon grade plutonium |